Participatory music-making and well-being within immigrant cultural practice: exploratory case studies in South East Queensland,Australia

ABSTRACT

Music participation is a way of life for many cultures and is an activity that is often passed on generationally. It can become especially important as a leisure activity for maintenance of self- and national identity for people who have migrated to countries of contrasting cultures, such as Australia. This article describes exploratory, qualitative research into the ways in which participatory music-making within communities from immigrant backgrounds in Brisbane, Australia may influence aspects of participants’ wellbeing. The sample for this research included three broadly-defined cultural groups living in the region: people of Baltic origin; people from Latin American and Caribbean backgrounds; and ‘newly arrived’ immigrants and refugees. Interviews with individuals have been analysed to explore the ways in which this involvement might affect mental, social, and emotional wellbeing. Our qualitative analyses demonstrated that beyond these aspects, factors of subjective wellbeing, both hedonic and eudaimonic, were apparent. This article aims to provoke discussions on the divergent ways in which immigrant communities utilise music-making practices to foster different types of wellbeing and the importance of maintaining diversity through cultural practices.     

Forecasting demand for electricity in Maryland: An econometric approach

Most of the models for forecasting demand for energy are based on simple extrapolations of past trends or on a simple regression equation with price of the energy and the stock of appliances as explanatory variables. In this paper, an attempt has been made to derive static and dynamic multiple regression equations from economic theory of consumption and production (Section II). Historical data were fitted to these theoretical constructs to test the equations in terms of econometric theory and forecast the demand according to “higher order conditional interval forecasts”. The residential demand for electricity is a function of its price, price of its substitute, per capita income and a lagged demand variable for dynamic adjustment of actual demand to equilibrium demand for electricity. The forecasts of residential demand to 1990 are based on projections of exogenous variables such as residential price of electricity, per capita income and the estimated long run elasticity of demand (Section III). The nonresidential demand for electricity is a function of employment in that sector, sectoral prices of electricity and the lagged sectoral demand. The forecasts of nonresidential electricity demand are also based on projections of its independent variables (Section IV). The last section converts the total demand for electricity into the required generating capacities and juxtaposes them against the estimates of expected supplies available from the forecasts of the utilities. The paper concludes that the eighties will be faced with excess supply of electricity in Maryland, in case the assumptions of projections of independent variables hold good. The misallocation of resources inherent in such excess supplies could be avoided if realistic scenerios of future demand, as attempted in this paper, could be predicted.     

Empirical implications of mathematical functions used to analyze market penetration of new products—Cigarettes case study

Three types of S-shaped growth curves—the logistic, the lognormal, and the Gompertz—are widespread in the literature on analysis of market penetration of new products/processes. This article discusses the mathematical properties of these function in the light of their empirical implications, such as location of the point of maximum growth rate, the symmetry/asymmetry of the growth rates around that inflection point, and the ease of estimation (linear and nonlinear regressions). The empirical economic expectations cannot specify these phenomena a priori so that a less restrictive function should be preferred. Such a function is the Gompertz function. It is, therefore, applied to the study of market penetration of filtered and menthol cigarettes and shown that the empirical verification vindicates the theoretical postulates of that function. The empirical estimates are also closer to actual estimates of growth rates of adoption.     

The economics of metric conversion for small manufacturing firms in the United States

Several major aspects of the metric conversion process occurring in the United States are examined by comparing a group of sample companies that have converted to metric production with a control group of nonconverting companies. Data files were used to relate several explanatory variables to the degree or percentage of metric production for individual companies and to compare the financial characteristics of converting and nonconverting companies. Smaller companies, on average, did more metric work for a single customer than large firms. In addition, as the percentage of metric work performed by companies increased, their dependence on a single buyer of their products tended to decrease. The analysis of the conversion process as a function of financial variables concluded that the conversion process was positively and significantly related to 1) long-term profitability, 2) liquidity, and 3) the size of firms as represented by the number of employees. Additional documentation is needed on the metric conversion process in distinct industries by firm size to more fully understand whether the process of technological diffusion is translated from large to small firms or begins in small firms themselves.     

Forecasting the optimal cost of energy conservation by sectors to the year 2000

This paper suggests that government policies to induce or mandate energy conservation across sectors should be based on cost-effective measures. Section 2 outlines the concept of cost-effectiveness by sector according to the marginal cost MC of conservation and the aggregation of the MC curves in a horizontally added aggregate marginal cost curve AMC or the supply curve for conservation. It also outlines a methodology of estimating MC (in constant prices) by regressing total cost of conservation on total energy conserved. Empirical estimation of the MC in the residential sector is attempted in Section 3 by developing data for annualized cost of conservation capital stocks and the related energy savings. The regression of total residential energy conservation costs on total conservation provided the MC at $0.84 per million Btu (MM Btu) to the year 2000. Section 4 used time-series data for the commercial sector and obtained the MC at $0.17/MM Btu for 1980–2000. The MC of conservation in the industrial sector is estimated in Section 5 at $0.78/MM Btu for 1985–2000. In section 6, we estimate the MC in the transportation sector at $2.42/MM Btu for 1980–2000. The last section summarizes the approach and conclusions and recommends that the cost-effectiveness approach dictates that the order of priority for inducing or mandating conservation should be from the commercial to the industrial, to the residential and followed by the transportation sector for the next 20 years.     

Performance responses to competition across skill levels in rank‐order tournaments: field evidence and implications for tournament design

Tournaments are widely used in the economy to organize production and innovation. We study individual data on 2775 contestants in 755 software algorithm development contests with random assignment. The performance response to added contestants varies nonmonotonically across contestants of different abilities, precisely conforming to theoretical predictions. Most participants respond negatively, whereas the highest‐skilled contestants respond positively. In counterfactual simulations, we interpret a number of tournament design policies (number of competitors, prize allocation and structure, number of divisions, open entry) and assess their effectiveness in shaping optimal tournament outcomes for a designer.     

No Panacea for Success: Member Activism, Organizing and Union Renewal

The precipitous decline in union density and influence around the world has spawned a growing body of scholarship on union renewal. While this literature evidences lively debates regarding the efficacy of different renewal strategies, many argue that the path to renewal is paved through increased member activism. In this article, we question that premise. We examine the importance of rank-and-file union member activism in 44 cases of organizing campaigns in the United States and in the UK. Our review of these cases reveals little support for the notion that member activism is indispensable to union renewal in general, and successful organizing campaigns in particular. Our findings provide additional insight into the debate over top-down and bottom-up strategies for renewal, and raise several questions for future research regarding when, under what conditions, and under what rules worker activism matters for labour union renewal.     

Forecasting the economic,energy, and environmental impacts of national energy plans, 1990–2000

The objective of this article is to project the energy, economic, and environmental trade-offs to the year 2000 of President Carter's energy policies. It compares the trade-offs resulting from the National Energy Act of 1978 (NEA) with those from the synfuels strategy of July 1979. A hybrid model is used that consistently links the interindustry forecasting model of the University of Maryland (INFORUM) and the strategic environmental assessment system model (SEAS) with the FOSSIL 79 and ECONOMY 1 models. The study concludes that both these scenarios will a) reduce the growth rate of the economy, b) increase investment at the expense of consumption, and c) develop energy resources but d) deteriorate the quality of the environment in the Mountain States. In particular, in the synfuels scenario, compared with the base case, the study concludes that in the year 2000 energy consumption will increase from 94 to 95 quads, the GNP will decrease from $1.95 to $1.94 trillion, and in the Mountain States the particulates will increase by 67%, sulfur dioxides will increase by 10%, and nitrogen oxides will increase by 40%.